hello.fit.eqn

DE2板上的hello程序,实现在8个七段译码器上循环显示hello

-- Copyright (C) 1991-2006 Altera Corporation
-- Your use of Altera Corporation's design tools, logic functions 
-- and other software and tools, and its AMPP partner logic 
-- functions, and any output files any of the foregoing 
-- (including device programming or simulation files), and any 
-- associated documentation or information are expressly subject 
-- to the terms and conditions of the Altera Program License 
-- Subscription Agreement, Altera MegaCore Function License 
-- Agreement, or other applicable license agreement, including, 
-- without limitation, that your use is for the sole purpose of 
-- programming logic devices manufactured by Altera and sold by 
-- Altera or its authorized distributors.  Please refer to the 
-- applicable agreement for further details.
--F1_cqi[1] is clkmux51:M0|cnt3:R0|cqi[1] at LCFF_X32_Y35_N3
F1_cqi[1] = DFFEAS(F1L5, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--F1_cqi[0] is clkmux51:M0|cnt3:R0|cqi[0] at LCFF_X32_Y35_N27
F1_cqi[0] = DFFEAS(F1L6, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--J12L1 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u3|m~19 at LCCOMB_X32_Y35_N6
J12L1 = F1_cqi[1] & (F1_cqi[0]) # !F1_cqi[1] & (F1_cqi[0] & (SW[11]) # !F1_cqi[0] & SW[14]);


--J12L2 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u3|m~20 at LCCOMB_X32_Y35_N0
J12L2 = F1_cqi[1] & (J12L1 & SW[5] # !J12L1 & (SW[8])) # !F1_cqi[1] & (J12L1);


--F1_cqi[2] is clkmux51:M0|cnt3:R0|cqi[2] at LCFF_X32_Y35_N23
F1_cqi[2] = DFFEAS(F1L7, GLOBAL(A1L2),  ,  ,  ,  ,  ,  ,  );


--J12L3 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u3|m~21 at LCCOMB_X32_Y35_N28
J12L3 = F1_cqi[2] & SW[2] # !F1_cqi[2] & (J12L2);


--J11L1 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u2|m~34 at LCCOMB_X32_Y35_N10
J11L1 = F1_cqi[1] & (F1_cqi[0] # !SW[7]) # !F1_cqi[1] & !SW[13] & (!F1_cqi[0]);


--J11L2 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u2|m~35 at LCCOMB_X32_Y35_N12
J11L2 = F1_cqi[0] & (J11L1 & (!SW[4]) # !J11L1 & !SW[10]) # !F1_cqi[0] & (J11L1);


--J11L3 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u2|m~36 at LCCOMB_X32_Y35_N14
J11L3 = F1_cqi[2] & SW[1] # !F1_cqi[2] & (!J11L2);


--J10L1 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u1|m~65 at LCCOMB_X32_Y35_N18
J10L1 = F1_cqi[1] & (F1_cqi[0]) # !F1_cqi[1] & (F1_cqi[0] & SW[9] # !F1_cqi[0] & (SW[12]));


--J10L2 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u1|m~66 at LCCOMB_X32_Y35_N30
J10L2 = F1_cqi[1] & (J10L1 & (SW[3]) # !J10L1 & SW[6]) # !F1_cqi[1] & (J10L1);


--J10L3 is clkmux51:M0|mux51a:R1|mux21b:u4|mux21a:u1|m~67 at LCCOMB_X31_Y35_N28
J10L3 = F1_cqi[2] & SW[0] # !F1_cqi[2] & (J10L2);


--E1L2 is char_87seg:H0|char_7seg:SEG1|Display[5]~219 at LCCOMB_X1_Y33_N0
E1L2 = J11L3 & (!J12L3) # !J11L3 & (J10L3 # J12L3);


--D1L1 is char_87seg:H0|cnt8:ADD0|cout[2]~238 at LCCOMB_X1_Y33_N8
D1L1 = J12L3 $ (J10L3 # J11L3);


--E1L1 is char_87seg:H0|char_7seg:SEG1|Display[0]~220 at LCCOMB_X1_Y33_N22
E1L1 = J11L3 # J10L3 $ !J12L3;


--D2L1 is char_87seg:H0|cnt8:ADD1|cout[1]~92 at LCCOMB_X32_Y35_N4
D2L1 = F1_cqi[2] & !SW[1] # !F1_cqi[2] & (J11L2);


--E2L3 is char_87seg:H0|char_7seg:SEG2|Display[6]~313 at LCCOMB_X31_Y35_N6
E2L3 = D2L1 & (J11L3 $ !J12L3 # !J10L3) # !D2L1 & (J10L3 # J11L3 $ J12L3);


--E2L2 is char_87seg:H0|char_7seg:SEG2|Display[5]~314 at LCCOMB_X31_Y35_N18
E2L2 = D2L1 & (J11L3 $ J12L3) # !D2L1 & (J11L3 $ J12L3 # !J10L3);


--E2L4 is char_87seg:H0|char_7seg:SEG2|Display[6]~315 at LCCOMB_X32_Y35_N24
E2L4 = J10L3 # F1_cqi[2] & (!SW[1]) # !F1_cqi[2] & J11L2;


--E2L1 is char_87seg:H0|char_7seg:SEG2|Display[0]~316 at LCCOMB_X31_Y35_N12
E2L1 = D2L1 & (J11L3 $ !J12L3 # !J10L3) # !D2L1 & (J10L3 # J11L3 $ !J12L3);


--E3L3 is char_87seg:H0|char_7seg:SEG3|Display[6]~168 at LCCOMB_X1_Y33_N4
E3L3 = !D2L1 & (J11L3 $ !J12L3);


--E3L2 is char_87seg:H0|char_7seg:SEG3|Display[5]~169 at LCCOMB_X31_Y35_N24
E3L2 = D2L1 & (J11L3 $ J12L3) # !D2L1 & (J10L3 # J11L3 $ !J12L3);


--D3L1 is char_87seg:H0|cnt8:ADD2|cout[2]~84 at LCCOMB_X31_Y35_N20
D3L1 = J11L3 $ J12L3 $ (!D2L1 & !J10L3);


--E3L1 is char_87seg:H0|char_7seg:SEG3|Display[0]~170 at LCCOMB_X31_Y35_N30
E3L1 = D2L1 # J10L3 $ J11L3 $ J12L3;


--E4L3 is char_87seg:H0|char_7seg:SEG4|Display[6]~239 at LCCOMB_X31_Y35_N2
E4L3 = D2L1 & (J12L3 # J10L3 $ J11L3) # !D2L1 & (J10L3 $ J11L3 # !J12L3);


--E4L2 is char_87seg:H0|char_7seg:SEG4|Display[5]~240 at LCCOMB_X31_Y35_N16
E4L2 = J11L3 & (D2L1 $ (J12L3)) # !J11L3 & (D2L1 $ !J12L3 # !J10L3);


--D4L1 is char_87seg:H0|cnt8:ADD3|cout[2]~49 at LCCOMB_X1_Y33_N24
D4L1 = D2L1 $ J11L3 $ !J12L3;


--D1L2 is char_87seg:H0|cnt8:ADD0|cout[2]~239 at LCCOMB_X31_Y35_N10
D1L2 = J11L3 # F1_cqi[2] & SW[0] # !F1_cqi[2] & (J10L2);


--E4L1 is char_87seg:H0|char_7seg:SEG4|Display[0]~241 at LCCOMB_X31_Y35_N8
E4L1 = J10L3 & (D2L1 $ !J12L3 # !J11L3) # !J10L3 & (J11L3 # D2L1 $ J12L3);


--E5L3 is char_87seg:H0|char_7seg:SEG5|Display[6]~134 at LCCOMB_X15_Y35_N10
E5L3 = !J11L3 & (D2L1 $ J12L3);


--E5L2 is char_87seg:H0|char_7seg:SEG5|Display[5]~135 at LCCOMB_X31_Y35_N14
E5L2 = J10L3 & (D2L1 $ J12L3 # !J11L3) # !J10L3 & (D2L1 $ (J12L3));


--D5L1 is char_87seg:H0|cnt8:ADD4|cout[2]~84 at LCCOMB_X1_Y33_N10
D5L1 = J12L3 $ D2L1 $ (J11L3 # !J10L3);


--E5L1 is char_87seg:H0|char_7seg:SEG5|Display[0]~136 at LCCOMB_X1_Y33_N26
E5L1 = J11L3 # J12L3 $ J10L3 $ !D2L1;


--E6L3 is char_87seg:H0|char_7seg:SEG6|Display[6]~189 at LCCOMB_X1_Y33_N2
E6L3 = J10L3 & !J11L3 & (J12L3 $ D2L1) # !J10L3 & J11L3 & (J12L3 $ !D2L1);


--E6L2 is char_87seg:H0|char_7seg:SEG6|Display[5]~190 at LCCOMB_X1_Y33_N18
E6L2 = J10L3 & (J12L3 $ (D2L1)) # !J10L3 & (J11L3 # J12L3 $ D2L1);


--E6L1 is char_87seg:H0|char_7seg:SEG6|Display[0]~191 at LCCOMB_X1_Y33_N6
E6L1 = J12L3 & (D2L1 # J10L3 $ !J11L3) # !J12L3 & (J10L3 $ !J11L3 # !D2L1);


--E7L3 is char_87seg:H0|char_7seg:SEG7|Display[6]~151 at LCCOMB_X15_Y35_N4
E7L3 = J11L3 & (D2L1 $ !J12L3);


--E7L2 is char_87seg:H0|char_7seg:SEG7|Display[5]~152 at LCCOMB_X1_Y33_N30
E7L2 = J11L3 & (J10L3 # J12L3 $ !D2L1) # !J11L3 & (J12L3 $ (D2L1));


--D7L1 is char_87seg:H0|cnt8:ADD6|cout[2]~84 at LCCOMB_X1_Y33_N12
D7L1 = J12L3 $ D2L1 $ (!J10L3 & J11L3);


--E7L1 is char_87seg:H0|char_7seg:SEG7|Display[0]~153 at LCCOMB_X1_Y33_N14
E7L1 = J12L3 $ J10L3 $ D2L1 # !J11L3;


--E8L3 is char_87seg:H0|char_7seg:SEG8|Display[6]~209 at LCCOMB_X1_Y33_N20
E8L3 = J12L3 & (J10L3 $ J11L3 # !D2L1) # !J12L3 & (D2L1 # J10L3 $ J11L3);


--E8L2 is char_87seg:H0|char_7seg:SEG8|Display[5]~210 at LCCOMB_X1_Y33_N16
E8L2 = J11L3 & (J12L3 $ (!D2L1)) # !J11L3 & (J12L3 $ D2L1 # !J10L3);


--D8L1 is char_87seg:H0|cnt8:ADD7|cout[2]~49 at LCCOMB_X15_Y35_N12
D8L1 = D2L1 $ J11L3 $ J12L3;


--E8L1 is char_87seg:H0|char_7seg:SEG8|Display[0]~211 at LCCOMB_X1_Y33_N28
E8L1 = J10L3 & (J12L3 $ D2L1 # !J11L3) # !J10L3 & (J11L3 # J12L3 $ !D2L1);


--F1L5 is clkmux51:M0|cnt3:R0|cqi~62 at LCCOMB_X32_Y35_N2
F1L5 = !F1_cqi[2] & (F1_cqi[1] $ F1_cqi[0]);


--F1L6 is clkmux51:M0|cnt3:R0|cqi~63 at LCCOMB_X32_Y35_N26
F1L6 = !F1_cqi[0] & !F1_cqi[2];


--F1L7 is clkmux51:M0|cnt3:R0|cqi~64 at LCCOMB_X32_Y35_N22
F1L7 = F1_cqi[1] & !F1_cqi[2] & F1_cqi[0];


--E1L3 is char_87seg:H0|char_7seg:SEG1|Display[6]~221 at LCCOMB_X32_Y35_N16
E1L3 = !J11L3 & (F1_cqi[2] & SW[2] # !F1_cqi[2] & (J12L2));


--E1L4 is char_87seg:H0|char_7seg:SEG1|Display[6]~222 at LCCOMB_X31_Y35_N0
E1L4 = F1_cqi[2] & SW[1] # !F1_cqi[2] & (!J11L2) # !J10L3;


--D2L2 is char_87seg:H0|cnt8:ADD1|cout[2]~93 at LCCOMB_X32_Y35_N20
D2L2 = J11L3 $ (F1_cqi[2] & !SW[2] # !F1_cqi[2] & (!J12L2));


--E3L4 is char_87seg:H0|char_7seg:SEG3|Display[6]~171 at LCCOMB_X31_Y35_N22
E3L4 = !D2L1 & (F1_cqi[2] & SW[0] # !F1_cqi[2] & (J10L2));


--D6L1 is char_87seg:H0|cnt8:ADD5|cout[2]~77 at LCCOMB_X32_Y35_N8
D6L1 = D2L1 $ (F1_cqi[2] & SW[2] # !F1_cqi[2] & (J12L2));


--E6L4 is char_87seg:H0|char_7seg:SEG6|Display[6]~192 at LCCOMB_X31_Y35_N4
E6L4 = !J10L3 & (F1_cqi[2] & SW[1] # !F1_cqi[2] & (!J11L2));


--E7L4 is char_87seg:H0|char_7seg:SEG7|Display[6]~154 at LCCOMB_X31_Y35_N26
E7L4 = J11L3 & (F1_cqi[2] & SW[0] # !F1_cqi[2] & (J10L2));


--SW[15] is SW[15] at PIN_C13
--operation mode is input

SW[15] = INPUT();


--SW[16] is SW[16] at PIN_D13
--operation mode is input

SW[16] = INPUT();


--SW[17] is SW[17] at PIN_E25
--operation mode is input

SW[17] = INPUT();


--SW[2] is SW[2] at PIN_A17
--operation mode is input

SW[2] = INPUT();


--SW[8] is SW[8] at PIN_B16
--operation mode is input

SW[8] = INPUT();


--SW[11] is SW[11] at PIN_J14
--operation mode is input

SW[11] = INPUT();


--SW[14] is SW[14] at PIN_F16
--operation mode is input

SW[14] = INPUT();


--SW[5] is SW[5] at PIN_F13
--operation mode is input

SW[5] = INPUT();


--SW[1] is SW[1] at PIN_D14
--operation mode is input

SW[1] = INPUT();


--SW[10] is SW[10] at PIN_C16
--operation mode is input

SW[10] = INPUT();


--SW[7] is SW[7] at PIN_G13
--operation mode is input

SW[7] = INPUT();


--SW[13] is SW[13] at PIN_G11
--operation mode is input

SW[13] = INPUT();


--SW[4] is SW[4] at PIN_C10
--operation mode is input

SW[4] = INPUT();


--SW[0] is SW[0] at PIN_D16
--operation mode is input

SW[0] = INPUT();


--SW[6] is SW[6] at PIN_A14
--operation mode is input

SW[6] = INPUT();


--SW[9] is SW[9] at PIN_E20
--operation mode is input

SW[9] = INPUT();


--SW[12] is SW[12] at PIN_B17
--operation mode is input

SW[12] = INPUT();


--SW[3] is SW[3] at PIN_G16
--operation mode is input

SW[3] = INPUT();


--CLOCK is CLOCK at PIN_P2
--operation mode is input

CLOCK = INPUT();


--HEX0[6] is HEX0[6] at PIN_E22
--operation mode is output

HEX0[6] = OUTPUT(E1L3);


--HEX0[5] is HEX0[5] at PIN_B6
--operation mode is output

HEX0[5] = OUTPUT(E1L2);


--HEX0[4] is HEX0[4] at PIN_A6
--operation mode is output

HEX0[4] = OUTPUT(E1L2);


--HEX0[3] is HEX0[3] at PIN_J5
--operation mode is output

HEX0[3] = OUTPUT(D1L1);


--HEX0[2] is HEX0[2] at PIN_V14
--operation mode is output

HEX0[2] = OUTPUT(!E1L4);


--HEX0[1] is HEX0[1] at PIN_AE13
--operation mode is output

HEX0[1] = OUTPUT(!E1L4);


--HEX0[0] is HEX0[0] at PIN_F7
--operation mode is output

HEX0[0] = OUTPUT(!E1L1);


--HEX1[6] is HEX1[6] at PIN_D10
--operation mode is output

HEX1[6] = OUTPUT(!E2L3);


--HEX1[5] is HEX1[5] at PIN_C19
--operation mode is output

HEX1[5] = OUTPUT(E2L2);


--HEX1[4] is HEX1[4] at PIN_D19
--operation mode is output

HEX1[4] = OUTPUT(E2L2);


--HEX1[3] is HEX1[3] at PIN_C12
--operation mode is output

HEX1[3] = OUTPUT(!D2L2);


--HEX1[2] is HEX1[2] at PIN_D18
--operation mode is output

HEX1[2] = OUTPUT(!E2L4);


--HEX1[1] is HEX1[1] at PIN_E18
--operation mode is output

HEX1[1] = OUTPUT(!E2L4);


--HEX1[0] is HEX1[0] at PIN_E15
--operation mode is output

HEX1[0] = OUTPUT(!E2L1);


--HEX2[6] is HEX2[6] at PIN_C2
--operation mode is output

HEX2[6] = OUTPUT(E3L3);


--HEX2[5] is HEX2[5] at PIN_J17
--operation mode is output

HEX2[5] = OUTPUT(E3L2);


--HEX2[4] is HEX2[4] at PIN_H17
--operation mode is output

HEX2[4] = OUTPUT(E3L2);


--HEX2[3] is HEX2[3] at PIN_J11
--operation mode is output

HEX2[3] = OUTPUT(D3L1);


--HEX2[2] is HEX2[2] at PIN_Y12
--operation mode is output

HEX2[2] = OUTPUT(E3L4);


--HEX2[1] is HEX2[1] at PIN_AA12
--operation mode is output

HEX2[1] = OUTPUT(E3L4);


--HEX2[0] is HEX2[0] at PIN_D11
--operation mode is output

HEX2[0] = OUTPUT(!E3L1);


--HEX3[6] is HEX3[6] at PIN_J10
--operation mode is output

HEX3[6] = OUTPUT(!E4L3);


--HEX3[5] is HEX3[5] at PIN_B3
--operation mode is output

HEX3[5] = OUTPUT(E4L2);


--HEX3[4] is HEX3[4] at PIN_E5
--operation mode is output

HEX3[4] = OUTPUT(E4L2);


--HEX3[3] is HEX3[3] at PIN_C3
--operation mode is output

HEX3[3] = OUTPUT(D4L1);


--HEX3[2] is HEX3[2] at PIN_A7
--operation mode is output

HEX3[2] = OUTPUT(!D1L2);


--HEX3[1] is HEX3[1] at PIN_A8
--operation mode is output

HEX3[1] = OUTPUT(!D1L2);


--HEX3[0] is HEX3[0] at PIN_B12
--operation mode is output

HEX3[0] = OUTPUT(!E4L1);


--HEX4[6] is HEX4[6] at PIN_B7
--operation mode is output

HEX4[6] = OUTPUT(E5L3);


--HEX4[5] is HEX4[5] at PIN_F20
--operation mode is output

HEX4[5] = OUTPUT(E5L2);


--HEX4[4] is HEX4[4] at PIN_F21
--operation mode is output

HEX4[4] = OUTPUT(E5L2);


--HEX4[3] is HEX4[3] at PIN_F6
--operation mode is output

HEX4[3] = OUTPUT(!D5L1);


--HEX4[2] is HEX4[2] at PIN_AF13
--operation mode is output

HEX4[2] = OUTPUT(!E1L4);


--HEX4[1] is HEX4[1] at PIN_V13
--operation mode is output

HEX4[1] = OUTPUT(!E1L4);


--HEX4[0] is HEX4[0] at PIN_D2
--operation mode is output

HEX4[0] = OUTPUT(!E5L1);


--HEX5[6] is HEX5[6] at PIN_D1
--operation mode is output

HEX5[6] = OUTPUT(E6L3);


--HEX5[5] is HEX5[5] at PIN_J7
--operation mode is output

HEX5[5] = OUTPUT(E6L2);


--HEX5[4] is HEX5[4] at PIN_H6
--operation mode is output

HEX5[4] = OUTPUT(E6L2);


--HEX5[3] is HEX5[3] at PIN_J13
--operation mode is output

HEX5[3] = OUTPUT(D6L1);


--HEX5[2] is HEX5[2] at PIN_C17
--operation mode is output

HEX5[2] = OUTPUT(E6L4);


--HEX5[1] is HEX5[1] at PIN_D17
--operation mode is output

HEX5[1] = OUTPUT(E6L4);


--HEX5[0] is HEX5[0] at PIN_B2
--operation mode is output

HEX5[0] = OUTPUT(!E6L1);


--HEX6[6] is HEX6[6] at PIN_G10
--operation mode is output

HEX6[6] = OUTPUT(E7L3);


--HEX6[5] is HEX6[5] at PIN_K6
--operation mode is output

HEX6[5] = OUTPUT(E7L2);


--HEX6[4] is HEX6[4] at PIN_G4
--operation mode is output

HEX6[4] = OUTPUT(E7L2);


--HEX6[3] is HEX6[3] at PIN_G5
--operation mode is output

HEX6[3] = OUTPUT(D7L1);


--HEX6[2] is HEX6[2] at PIN_E10
--operation mode is output

HEX6[2] = OUTPUT(E7L4);


--HEX6[1] is HEX6[1] at PIN_F11
--operation mode is output

HEX6[1] = OUTPUT(E7L4);


--HEX6[0] is HEX6[0] at PIN_E2
--operation mode is output

HEX6[0] = OUTPUT(!E7L1);


--HEX7[6] is HEX7[6] at PIN_J8
--operation mode is output

HEX7[6] = OUTPUT(!E8L3);


--HEX7[5] is HEX7[5] at PIN_F3
--operation mode is output

HEX7[5] = OUTPUT(E8L2);


--HEX7[4] is HEX7[4] at PIN_F4
--operation mode is output

HEX7[4] = OUTPUT(E8L2);


--HEX7[3] is HEX7[3] at PIN_F10
--operation mode is output

HEX7[3] = OUTPUT(D8L1);


--HEX7[2] is HEX7[2] at PIN_C7
--operation mode is output

HEX7[2] = OUTPUT(!D1L2);


--HEX7[1] is HEX7[1] at PIN_D7
--operation mode is output

HEX7[1] = OUTPUT(!D1L2);


--HEX7[0] is HEX7[0] at PIN_G6
--operation mode is output

HEX7[0] = OUTPUT(!E8L1);





--A1L2 is CLOCK~clkctrl at CLKCTRL_G3
A1L2 = cycloneii_clkctrl(.INCLK[0] = CLOCK) WITH (clock_type = "Global Clock");